Meshnology W10 LoRa AIoT Dev Kit – ESP32-S3 Long-Range IoT Development Board
1. Built around the ESP32-S3 dual-core MCU, intergrating LoRa long-range radio, 2.4 GHz Wi-Fi and Bluetooth 5 (LE) for robust AIoT prototyping and deployment.
2. Equipped with an audio Codec chip. Easy implementation of AI voice intercom and chat functions.
3. Powered by an Xtensa 32-bit LX7 dual-core processor. Up to 240 MHz clock speed.
4. Built-in WiFi and BLE ensures smooth operation and seamless wireless connectivity.
5. Wildly used for Smart Agriculture Monitoring, Smart City & Infrastructure, Industrial IoT & Field Monitoring.
In The Box: 1× Meshnology W10 LoRa Dev Board, 1× LoRa SMA antenna, 1× GPS active SMA antenna, 1× USB Type-C cable, 1× IPS 1.54-inch LCD display, 1× PH1.25 speaker module.
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Meshnology W10 LoRa AIoT Dev Kit – ESP32-S3 Long-Range IoT Development Board
The Only Dev Board with LoRa, GPS, Voice & Touch.
Most IoT kits give you WiFi and Bluetooth, maybe a sensor or two. But what if you need to talk to devices miles away? Want GPS tracking, voice chat, a bright touchscreen, and enough sensors for a real product—all on one board, without stacking shields? That’s why we built this. It’s not another ESP32 clone. It’s a complete AIOT workshop in your hand. And yes, it works with Arduino stuff, so you’re not starting from zero.
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All-in-One
One Board. Four Jobs. No Trade-offs.
You need a workstation that fits your bag. An open-source board that shares everything. AI vision prototyping without soldering camera drivers for days. And a LoRa mesh demo running before lunch. Most kits do one, maybe two. This one does all four—without making you pick. Engineer station? Check. Teaching tool? Check. Vision platform? Check. Mesh demo? Check. Same board, same afternoon.
Stop assembling. Start building.
Six Months to Prototype? Try Six Days.
You sign a contract. Then client adds voice, then EV temp monitoring. Suddenly you're wiring five separate modules together. This board puts LoRa, GPS, audio, and touch LCD on one PCB. One integration, not five. Concept to field pilot in a week. And when scope changes (it always does), you've got room left.
Who It's For — At a Glance
| User Type | Pain Point | How This Product Fixes The Issue |
|---|---|---|
| Agritech Engineer | Driving miles just to read soil data. | LoRa + GPS + sensors — data from any field corner hits your screen. |
| Cold Chain Operator | Finding temp excursion only after the door opens. | GPS-tagged, time-stamped logs alert you before it spoils. |
| IoT Solution Integrator | Wasting months wiring 5 modules together. | One PCB, one integration — pilot in a week, not a quarter. |
| AI Voice Hardware Dev | Your prototype dies when unplugged and can't locate itself. | Battery-ready, GPS-aware, and LoRa-backup — voice goes outdoors. |
| University Lab Instructor | Half the lab session lost to jumper wires and wrong pins. | Everything onboard — students code IoT in 15 min, not 2 hours. |
| Maker / Weekend Builder | Waiting for parts, wrestling with pinouts all weekend. | Single board, single cable — start coding, stop shopping. |
User Type
Agritech Engineer
Pain Point
Driving miles just to read soil data.
How This Product Fixes The Issue
LoRa + GPS + sensors — data from any field corner hits your screen.
User Type
Cold Chain Operator
Pain Point
Finding temp excursion only after the door opens.
How This Product Fixes The Issue
GPS-tagged, time-stamped logs alert you before it spoils.
User Type
IoT Solution Integrator
Pain Point
Wasting months wiring 5 modules together.
How This Product Fixes The Issue
One PCB, one integration — pilot in a week, not a quarter.
User Type
AI Voice Hardware Dev
Pain Point
Your prototype dies when unplugged and can't locate itself.
How This Product Fixes The Issue
Battery-ready, GPS-aware, and LoRa-backup — voice goes outdoors.
User Type
University Lab Instructor
Pain Point
Half the lab session lost to jumper wires and wrong pins.
How This Product Fixes The Issue
Everything onboard — students code IoT in 15 min, not 2 hours.
User Type
Maker / Weekend Builder
Pain Point
Waiting for parts, wrestling with pinouts all weekend.
How This Product Fixes The Issue
Single board, single cable — start coding, stop shopping.
Tech Specs
Core System & Power Supply
Power Supply Interface
USB Type‑C, 5V / 3A
Master Chip
ESP32‑S3R8 Xtensa® 32‑bit LX7 dual‑core, up to 240 MHz
External Flash Memory
16 MB SPI Flash
Power Management IC
AXP2101 – integrated PMIC with 4 DC‑DC converters and power meter
Real‑Time Clock (RTC)
PCF85063 – ultra‑low‑power, standby current 0.25 µA
Interfaces, Connectivity & Peripherals
LoRa Module
EYTE E22‑900MM22S, 850–930 MHz, supports LoRaWAN®
GPS / GNSS Module
Quectel L76K – GPS, GLONASS, BDS, and QZSS
Display Options
• 3.5" capacitive touch (FPC, SPI+I2C), 320×480, 262K colors
• 3.5" TFT Arduino‑interface, 320×480
• 1.54" ISP full‑view SPI, 240×240, full‑color RGB
• 1.3" OLED SPI, 128×64, full‑color RGB
• 1.47" TFT SPI, 172×320, full‑color RGB
Camera Support
• OV2640 – 2 MP
• OV5640 – 5 MP
Audio Codec
ES8311 – 24‑bit, sampling rate 8 kHz – 96 kHz
Temperature & Humidity Sensor
SHT41 – accuracy ±0.2 °C (0 – 75 °C), ±2% RH (0 – 100%)
IMU (Inertial Measurement Unit)
QMI8658 – 6‑axis MEMS (3‑axis gyroscope + 3‑axis accelerometer)
I/O Expansion Ports
Arduino‑compatible: 2× UART, 1× ADC, 1× SPI, 1× I2C
Debug Interface
1× JTAG port
USB Communication
1× USB 2.0 (CDC‑capable)
Push‑buttons
1× Reset, 1× BOOT
Mechanical & Environmental Specifications
PCB Layers / Material
4‑layer FR‑4 (fiberglass)
Board Dimensions
83.40 × 55.00 mm
Mounting Hole Spacing
73.80 × 45.00 mm
Board Weight
30.8 g
Operating Temperature
–40 °C to +85 °C
Certifications
FCC, CE, RoHS
In the box (1 Set)
Meshnology W10 LoRa Dev Board x 1
LoRa SMA antenna x 1
GPS active SMA antenna x 1
USB Type-C cable x 1
IPS 1.54-inch LCD display x 1
PH1.25 speaker module x 1
FAQS
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Technical Resources
Download datasheets, compliance certificates, and integration guides.